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Improving page with detailed specifications, history, features, and references
 
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{{Device Infobox
{{Device Infobox
|name = Qualcomm Wireless AR Smart Viewer Reference Design
|image =
|image =
|VR/AR = [[Augmented Reality]]
|VR/AR = [[Augmented Reality]]
|Type = [[Reference design]]
|Type = [[Reference Design]]
|Subtype = Wireless AR glasses
|Subtype = [[AR Glasses]], [[Wireless AR]]
|Platform = Android smartphones
|Platform = Android (compatible smartphones)
|Creator = [[Qualcomm]], [[Goertek]]
|Creator = [[Qualcomm]]
|Announced = May 2022
|Developer = [[Qualcomm Technologies]], [[Goertek]]
|Release = Reference design (2022)
|Manufacturer = [[Goertek]] (reference hardware)
|Price = Reference design (OEM)
|Announcement Date = May 20, 2022
|Website = https://www.qualcomm.com
|Release Date = 2022 (reference design)
|OS = Android (smartphone)
|Price = OEM reference (not retail)
|CPU = [[Qualcomm Snapdragon XR2]]
|Website = https://www.qualcomm.com/
|GPU = Adreno 665
|Versions = Wireless AR Smart Viewer Reference Design
|Storage = Smartphone dependent
|Requires = Snapdragon 8-series smartphone, PC, or processing puck
|RAM = Smartphone dependent
|Predecessor = Qualcomm AR Smart Viewer Reference Design (wired)
|Display = Dual micro-OLED (SeeYA)
|Successor = None announced
|Resolution = 3840 x 1080 (1920 x 1080 per eye)
|Operating System = Android (host device)
|Refresh = 90 Hz
|Chipset = [[Qualcomm Snapdragon XR2]]
|Brightness =
|CPU = Qualcomm Snapdragon XR2
|FOV =
|GPU = Adreno (XR2)
|PPD =
|HPU =
|Lenses = Binocular see-through
|Storage = Host device dependent
|IPD =
|Memory = Host device dependent
|Eye Tracking =
|SD Card Slot = No
|Display = Dual SeeYA micro-OLED
|Subpixel Layout = RGB
|Peak Brightness = High (micro-OLED)
|Resolution = 1920 × 1080 per eye (Full HD)
|Pixel Density = High
|Refresh Rate = 90Hz
|Persistence = Low persistence (no motion blur)
|Field of View = 40° diagonal
|Horizontal FoV = ~40°
|Vertical FoV = ~23°
|Average Pixel Density = High PPD
|Peak Pixel Density = High PPD
|Foveated Rendering = No
|Optics = See-through AR optics
|Ocularity = Binocular
|IPD Range = Standard
|Adjustable Diopter = Reference dependent
|Passthrough = Yes (optical see-through)
|Tracking = 6DoF (inside-out, 3 cameras)
|Tracking Frequency = High-speed
|Base Stations = None required
|Eye Tracking = No
|Face Tracking = No
|Hand Tracking = Yes (gesture recognition)
|Hand Tracking = Yes (gesture recognition)
|Tracking = 6DoF (head and hand)
|Body Tracking = No
|Spatial Mapping =
|Rotational Tracking = Yes
|Speakers =
|Positional Tracking = Yes
|Microphone =
|Update Rate = 90Hz
|Audio Jack =
|Tracking Volume = Room-scale
|Connectivity = Wi-Fi 6/6E (FastConnect 6900), Bluetooth
|Play Space = Standing/Walking
|Ports = USB-C (power)
|Latency = <3ms (glasses to phone)
|Battery = 650 mAh (~30 minutes)
|Audio = Reference dependent
|Weight = Lightweight (40% thinner than XR1 design)
|Microphone = Reference dependent
|Materials =
|3.5mm Audio Jack = Reference dependent
|Colors =
|Camera = Dual monochrome + 1 RGB (tracking/hand tracking)
|Sensors = Dual monochrome + RGB camera
|Connectivity = Wi-Fi 6 (FastConnect 6900), Bluetooth 5.3, USB-C
|Input = Gesture recognition, smartphone
|Ports = USB-C (charging/power)
|Wired Video = No (wireless design)
|Wireless Video = Yes (Wi-Fi 6)
|WiFi = Wi-Fi 6 (FastConnect 6900)
|Bluetooth = Bluetooth 5.3
|Power = Internal battery + USB-C
|Battery Capacity = 650mAh
|Battery Life = ~30 minutes (standalone wireless)
|Charge Time = Not specified
|Dimensions = 40% thinner than previous reference
|Weight = Reference design (lightweight, balanced)
|Material = Premium materials
|Headstrap = None (temples)
|Haptics = No
|Color = Reference design
|Sensors = IMU, 3 cameras (2 mono + 1 RGB)
|Input = Hand tracking, gestures
|Compliance = Reference certification
}}
}}


The '''Qualcomm Wireless AR Smart Viewer Reference Design''' is a wireless [[augmented reality]] [[smart glasses]] reference platform developed by [[Qualcomm]] with hardware manufactured by [[Goertek]]. Announced in May 2022, the design is powered by the Snapdragon XR2 platform and features dual micro-OLED binocular displays at 1920 x 1080 per eye with 90 Hz refresh rate and a no-motion-blur mode. The wireless split-processing architecture distributes workloads between the smartphone and AR glasses, achieving less than 3ms latency via Wi-Fi 6/6E (FastConnect 6900). The design is 40% thinner than the previous XR1-based AR Smart Viewer and includes dual monochrome cameras plus one RGB camera for 6DoF tracking and hand gesture recognition.<ref name="qualcomm">{{cite web|url=https://www.qualcomm.com/news/releases/2022/05/qualcomm-cuts-cord-new-wireless-ar-smart-viewer-reference-design-powered|title=Qualcomm Wireless AR Smart Viewer Reference Design|publisher=Qualcomm}}</ref>
The '''Qualcomm Wireless AR Smart Viewer Reference Design''' is an [[augmented reality]] reference platform developed by [[Qualcomm Technologies]] in partnership with [[Goertek]], announced on May 20, 2022, as a blueprint for next-generation wireless AR smart glasses. Building upon the previous wired AR Smart Viewer reference design, this wireless version eliminates the physical cable between AR glasses and a compatible host device (Snapdragon 8-series smartphone, Windows PC, or processing puck) while achieving virtually lag-free AR experiences. Powered by the Snapdragon XR2 Platform with Qualcomm FastConnect 6900 (Wi-Fi 6 and Bluetooth 5.3), the reference design features a split processing architecture that distributes computing workloads between the smartphone and AR glasses with less than 3ms latency. The glasses feature dual SeeYA micro-OLED displays delivering 1920 × 1080 resolution per eye at 90Hz with no motion blur, a 40° diagonal field of view, 6DoF head tracking, and hand tracking with gesture recognition via dual monochrome and one RGB camera. With a 40% thinner profile than the previous wired design and a 650mAh battery providing approximately 30 minutes of wireless operation, the reference design provides OEMs with a foundation for developing consumer and enterprise wireless AR products.


== History and Development ==
== History and Development ==
=== Qualcomm XR Leadership ===
Platform evolution:
* Snapdragon XR1 (first XR chip)
* Snapdragon XR2 (premium XR)
* Wired AR Smart Viewer (2020)
* Wireless AR Smart Viewer (2022)
=== Goertek Partnership ===
Hardware development:
* Manufacturing expertise
* Reference hardware production
* OEM enabling
* Industry collaboration


=== May 2022 Announcement ===
=== May 2022 Announcement ===
Qualcomm unveiled the wireless reference design at AWE 2022.
Product reveal:
* AWE 2022 unveiling
* Wireless breakthrough
* Split processing architecture
* OEM availability
 
=== Industry Significance ===
Platform importance:
* Blueprint for OEMs
* Technology demonstration
* Wireless AR milestone
* Future product foundation


=== Evolution from XR1 ===
== Design Philosophy ==
* Previous design: Wired, XR1-powered
* New design: Wireless, XR2-powered, 40% thinner


=== Purpose ===
=== Wireless Freedom ===
Enables OEMs to develop next-generation wireless AR glasses.
Cord elimination:
* No physical tether
* Wi-Fi 6 connectivity
* Split processing
* User mobility


== Design and Hardware ==
=== Split Processing Architecture ===
Compute distribution:
* Glasses processing (XR2)
* Phone processing (Snapdragon 8)
* Workload balancing
* Power efficiency


=== Display System ===
=== Ultra-Low Latency ===
* '''Panels:''' Dual micro-OLED (SeeYA supplier)
Performance priority:
* '''Resolution:''' 1920 x 1080 per eye (FHD binocular)
* <3ms glasses-to-phone latency
* '''Refresh Rate:''' Up to 90 Hz
* Lag-free AR experience
* '''Feature:''' No-motion-blur mode for seamless AR
* FastConnect 6900
* Real-time responsiveness


=== Form Factor ===
=== Slim Form Factor ===
* '''Profile:''' 40% thinner than XR1 reference design
Design optimization:
* '''Weight Distribution:''' Ergonomically balanced
* 40% thinner than wired design
* '''Design:''' Lightweight glasses form factor
* Ergonomic weight distribution
* Premium aesthetics
* Comfortable wear


== Processor ==
== Display Technology ==


=== Snapdragon XR2 Platform ===
=== SeeYA Micro-OLED ===
* '''CPU:''' Octa-core Kryo
Panel specifications:
  * 1x Gold prime @ 2.84 GHz
* '''Provider''': SeeYA Technology
  * 3x Gold @ 2.42 GHz
* '''Type''': Dual micro-OLED
  * 4x Silver @ 1.81 GHz
* '''Resolution''': 1920 × 1080 per eye
* '''GPU:''' Adreno 665
* '''Refresh Rate''': 90Hz


=== Video Processing ===
=== No Motion Blur ===
* Decode: Up to 4K@240 / 8K@60
Visual quality:
* Encode: Up to 4K@120 / 8K@30
* Zero motion blur feature
* Concurrent: 4K@60 decode + 4K@30 encode
* Low persistence
* Smooth visuals
* High-quality AR


== Wireless Architecture ==
=== Field of View ===
Coverage:
* '''FOV''': 40° diagonal
* (Narrower than 45° wired design)
* AR content overlay
* Balanced for form factor


=== Split Processing ===
== Processing ==
* Workloads distributed between smartphone and glasses
* Reduces glasses weight and heat
* Leverages smartphone compute power


=== Latency ===
=== Snapdragon XR2 ===
* '''Wireless Latency:''' <3ms between phone and glasses
Glasses processor:
* '''Wi-Fi:''' FastConnect 6900 (Wi-Fi 6/6E)
* '''Chipset''': Snapdragon XR2
* '''Bluetooth:''' Included connectivity
* On-board processing
* Tracking computation
* Display driving
 
=== Host Device Processing ===
Split architecture:
* Snapdragon 8-series phones
* Windows PCs
* Processing pucks
* Heavy compute offload
 
=== Workload Distribution ===
Balanced processing:
* Glasses: tracking, display
* Host: application rendering
* Efficient power use
* Performance optimization
 
== Connectivity ==
 
=== FastConnect 6900 ===
Wireless specifications:
* '''Wi-Fi''': Wi-Fi 6 (802.11ax)
* '''Bluetooth''': 5.3
* Ultra-low latency
* High bandwidth
 
=== Wireless Latency ===
Performance:
* '''Latency''': <3ms (glasses to phone)
* Virtually lag-free
* Real-time AR
* Imperceptible delay
 
=== Host Compatibility ===
Supported devices:
* Snapdragon 8-series smartphones
* Snapdragon Compute PCs
* Processing pucks
* Wide ecosystem


== Tracking ==
== Tracking ==


=== 6DoF Head Tracking ===
=== 6DoF Inside-Out ===
* Dual monochrome cameras
Spatial tracking:
* One RGB camera
* Full position tracking
* Precise positional tracking
* No external sensors
* Room-scale capable
* AR precision
 
=== Camera Array ===
Tracking cameras:
* '''Dual monochrome''': Tracking
* '''RGB camera''': Hand tracking
* 3 cameras total
* Multi-purpose sensing


=== Hand Tracking ===
=== Hand Tracking ===
* Gesture recognition
Gesture recognition:
* Controller-free interaction
* Camera-based detection
* Natural input method
* Gesture control
* Natural interaction
* Controller-free input
 
== Physical Design ==
 
=== Slim Profile ===
Form factor:
* 40% thinner than wired design
* Glasses aesthetics
* Premium materials
* Improved comfort
 
=== Weight Distribution ===
Balance:
* Ergonomic balancing
* Reduced fatigue
* Comfortable wear
* Extended use


== Battery ==
== Battery ==


=== Specifications ===
=== Internal Power ===
* '''Capacity:''' 650 mAh
Battery specifications:
* '''Runtime:''' ~30 minutes standalone
* '''Capacity''': 650mAh
* '''USB-C:''' Power passthrough option
* '''Life''': ~30 minutes wireless
* Internal battery
* USB-C charging/power


== OEM Availability ==
=== Power Options ===
Flexibility:
* Wireless operation (battery)
* USB-C powered (extended)
* Hot-pluggable power
* Continuous use option


=== Reference Design Purpose ===
== Reference Design Purpose ==
* Available to select partners
* Foundation for commercial products
* Accelerates AR glasses development


=== Expected Products ===
=== OEM Blueprint ===
Consumer and enterprise AR glasses built on this platform.
Industry role:
* Design foundation
* Technology showcase
* Development accelerator
* Market enabler


== Comparison to XR1 Reference Design ==
=== Partner Availability ===
Distribution:
* Select partners
* Development kits
* OEM licensing
* Product development
 
=== Derived Products ===
Industry impact:
* OEM product foundation
* Technology validation
* Feature demonstration
* Ecosystem development
 
== Comparison with AR Reference Designs ==


{| class="wikitable"
{| class="wikitable"
|-
|-
! Feature !! XR1 Design !! XR2 Wireless Design
! Feature !! Wireless AR Smart Viewer !! Wired AR Smart Viewer !! XR2 HMD Reference
|-
| Type || Wireless AR glasses || Wired AR glasses || VR/MR headset
|-
| Connection || Wi-Fi 6 wireless || USB-C wired || DisplayPort/USB
|-
|-
| Connection || Tethered || Wireless
| Processor || XR2 (split) || XR1 || XR2
|-
|-
| Processor || Snapdragon XR1 || Snapdragon XR2
| Resolution || 1080p/eye || 1080p/eye || Various
|-
|-
| Profile || Standard || 40% thinner
| FOV || 40° || 45° || VR-wide
|-
|-
| Latency || Wired || <3ms wireless
| Latency || <3ms || Wired || Wired
|-
|-
| Tracking || 3DoF/6DoF || 6DoF + hand
| Battery || 650mAh, ~30min || N/A (powered) || N/A
|-
| Form Factor || 40% thinner || Glasses || HMD
|}
|}


== Specifications ==
== Strengths and Limitations ==
 
=== Strengths ===
* Wireless AR glasses reference design
* <3ms latency (virtually lag-free)
* Snapdragon XR2 + FastConnect 6900
* 1080p 90Hz SeeYA micro-OLED
* 6DoF head + hand tracking
* 40% thinner than wired design
* Split processing architecture
* Wi-Fi 6 + Bluetooth 5.3
 
=== Limitations ===
* Reference design (not consumer product)
* ~30 minute battery life
* 40° narrow field of view
* Requires compatible host device
* OEM-only availability
* Development platform cost
* Limited standalone capability
* Narrow consumer market
 
== Technical Specifications Summary ==


{| class="wikitable"
{| class="wikitable"
Line 145: Line 341:
! Specification !! Details
! Specification !! Details
|-
|-
| Display || Dual micro-OLED (SeeYA)
| Display || Dual SeeYA micro-OLED
|-
|-
| Resolution || 1920 x 1080 per eye
| Resolution || 1920 × 1080 per eye
|-
|-
| Refresh Rate || 90 Hz
| Refresh Rate || 90Hz
|-
|-
| Processor || Snapdragon XR2
| FOV || 40° diagonal
|-
|-
| Connectivity || Wi-Fi 6/6E, Bluetooth
| Processor || Snapdragon XR2 (glasses)
|-
|-
| Latency || <3ms (wireless)
| Connectivity || Wi-Fi 6, Bluetooth 5.3
|-
|-
| Tracking || 6DoF head + hand
| Latency || <3ms (glasses to phone)
|-
|-
| Cameras || 2 mono + 1 RGB
| Tracking || 6DoF (3 cameras)
|-
|-
| Battery || 650 mAh (~30 min)
| Hand Tracking || Yes (gesture recognition)
|-
|-
| Profile || 40% thinner than XR1
| Battery || 650mAh, ~30 minutes
|-
|-
| Type || Reference design
| Form Factor || 40% thinner than wired
|}
|}


== See Also ==
== See Also ==
* [[Qualcomm]]
* [[Qualcomm]]
* [[Qualcomm Snapdragon XR2]]
* [[Snapdragon XR2]]
* [[Reference Design]]
* [[Wireless AR]]
* [[AR Glasses]]
* [[Goertek]]
* [[Goertek]]
* [[AR reference design]]
* [[Wireless AR]]


== References ==
== References ==
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[[Category:Devices]]
[[Category:Devices]]
[[Category:AR Glasses]]
[[Category:AR Glasses]]
[[Category:Reference designs]]
[[Category:Reference Design]]
[[Category:Wireless AR]]
[[Category:Qualcomm]]
[[Category:Qualcomm]]
[[Category:Snapdragon XR2]]
[[Category:Snapdragon XR2]]
[[Category:Wireless AR]]
[[Category:2020s AR]]
[[Category:2020s AR]]

Latest revision as of 03:11, 8 January 2026

Qualcomm Wireless AR Smart Viewer Reference Design
Basic Info
VR/AR Augmented Reality
Type Reference Design
Subtype AR Glasses, Wireless AR
Platform Android (compatible smartphones)
Creator Qualcomm
Developer Qualcomm Technologies, Goertek
Manufacturer Goertek (reference hardware)
Announcement Date May 20, 2022
Release Date 2022 (reference design)
Price OEM reference (not retail)
Website https://www.qualcomm.com/
Versions Wireless AR Smart Viewer Reference Design
Requires Snapdragon 8-series smartphone, PC, or processing puck
Predecessor Qualcomm AR Smart Viewer Reference Design (wired)
Successor None announced
System
Operating System Android (host device)
Chipset Qualcomm Snapdragon XR2
CPU Qualcomm Snapdragon XR2
GPU Adreno (XR2)
Storage
Storage Host device dependent
Memory Host device dependent
SD Card Slot No
Display
Display Dual SeeYA micro-OLED
Subpixel Layout RGB
Peak Brightness High (micro-OLED)
Resolution 1920 × 1080 per eye (Full HD)
Pixel Density High
Refresh Rate 90Hz
Persistence Low persistence (no motion blur)
Image
Field of View 40° diagonal
Horizontal FoV ~40°
Vertical FoV ~23°
Average Pixel Density High PPD
Peak Pixel Density High PPD
Foveated Rendering No
Optics
Optics See-through AR optics
Ocularity Binocular
IPD Range Standard
Adjustable Diopter Reference dependent
Passthrough Yes (optical see-through)
Tracking
Tracking 6DoF (inside-out, 3 cameras)
Tracking Frequency High-speed
Base Stations None required
Eye Tracking No
Face Tracking No
Hand Tracking Yes (gesture recognition)
Body Tracking No
Rotational Tracking Yes
Positional Tracking Yes
Update Rate 90Hz
Tracking Volume Room-scale
Play Space Standing/Walking
Latency <3ms (glasses to phone)
Audio
Audio Reference dependent
Microphone Reference dependent
3.5mm Audio Jack Reference dependent
Camera Dual monochrome + 1 RGB (tracking/hand tracking)
Connectivity
Connectivity Wi-Fi 6 (FastConnect 6900), Bluetooth 5.3, USB-C
Ports USB-C (charging/power)
Wired Video No (wireless design)
Wireless Video Yes (Wi-Fi 6)
WiFi Wi-Fi 6 (FastConnect 6900)
Bluetooth Bluetooth 5.3
Power Internal battery + USB-C
Battery Capacity 650mAh
Battery Life ~30 minutes (standalone wireless)
Charge Time Not specified
Device
Dimensions 40% thinner than previous reference
Weight Reference design (lightweight, balanced)
Material Premium materials
Headstrap None (temples)
Haptics No
Color Reference design
Sensors IMU, 3 cameras (2 mono + 1 RGB)
Input Hand tracking, gestures
Compliance Reference certification

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The Qualcomm Wireless AR Smart Viewer Reference Design is an augmented reality reference platform developed by Qualcomm Technologies in partnership with Goertek, announced on May 20, 2022, as a blueprint for next-generation wireless AR smart glasses. Building upon the previous wired AR Smart Viewer reference design, this wireless version eliminates the physical cable between AR glasses and a compatible host device (Snapdragon 8-series smartphone, Windows PC, or processing puck) while achieving virtually lag-free AR experiences. Powered by the Snapdragon XR2 Platform with Qualcomm FastConnect 6900 (Wi-Fi 6 and Bluetooth 5.3), the reference design features a split processing architecture that distributes computing workloads between the smartphone and AR glasses with less than 3ms latency. The glasses feature dual SeeYA micro-OLED displays delivering 1920 × 1080 resolution per eye at 90Hz with no motion blur, a 40° diagonal field of view, 6DoF head tracking, and hand tracking with gesture recognition via dual monochrome and one RGB camera. With a 40% thinner profile than the previous wired design and a 650mAh battery providing approximately 30 minutes of wireless operation, the reference design provides OEMs with a foundation for developing consumer and enterprise wireless AR products.

History and Development

Qualcomm XR Leadership

Platform evolution:

  • Snapdragon XR1 (first XR chip)
  • Snapdragon XR2 (premium XR)
  • Wired AR Smart Viewer (2020)
  • Wireless AR Smart Viewer (2022)

Goertek Partnership

Hardware development:

  • Manufacturing expertise
  • Reference hardware production
  • OEM enabling
  • Industry collaboration

May 2022 Announcement

Product reveal:

  • AWE 2022 unveiling
  • Wireless breakthrough
  • Split processing architecture
  • OEM availability

Industry Significance

Platform importance:

  • Blueprint for OEMs
  • Technology demonstration
  • Wireless AR milestone
  • Future product foundation

Design Philosophy

Wireless Freedom

Cord elimination:

  • No physical tether
  • Wi-Fi 6 connectivity
  • Split processing
  • User mobility

Split Processing Architecture

Compute distribution:

  • Glasses processing (XR2)
  • Phone processing (Snapdragon 8)
  • Workload balancing
  • Power efficiency

Ultra-Low Latency

Performance priority:

  • <3ms glasses-to-phone latency
  • Lag-free AR experience
  • FastConnect 6900
  • Real-time responsiveness

Slim Form Factor

Design optimization:

  • 40% thinner than wired design
  • Ergonomic weight distribution
  • Premium aesthetics
  • Comfortable wear

Display Technology

SeeYA Micro-OLED

Panel specifications:

  • Provider: SeeYA Technology
  • Type: Dual micro-OLED
  • Resolution: 1920 × 1080 per eye
  • Refresh Rate: 90Hz

No Motion Blur

Visual quality:

  • Zero motion blur feature
  • Low persistence
  • Smooth visuals
  • High-quality AR

Field of View

Coverage:

  • FOV: 40° diagonal
  • (Narrower than 45° wired design)
  • AR content overlay
  • Balanced for form factor

Processing

Snapdragon XR2

Glasses processor:

  • Chipset: Snapdragon XR2
  • On-board processing
  • Tracking computation
  • Display driving

Host Device Processing

Split architecture:

  • Snapdragon 8-series phones
  • Windows PCs
  • Processing pucks
  • Heavy compute offload

Workload Distribution

Balanced processing:

  • Glasses: tracking, display
  • Host: application rendering
  • Efficient power use
  • Performance optimization

Connectivity

FastConnect 6900

Wireless specifications:

  • Wi-Fi: Wi-Fi 6 (802.11ax)
  • Bluetooth: 5.3
  • Ultra-low latency
  • High bandwidth

Wireless Latency

Performance:

  • Latency: <3ms (glasses to phone)
  • Virtually lag-free
  • Real-time AR
  • Imperceptible delay

Host Compatibility

Supported devices:

  • Snapdragon 8-series smartphones
  • Snapdragon Compute PCs
  • Processing pucks
  • Wide ecosystem

Tracking

6DoF Inside-Out

Spatial tracking:

  • Full position tracking
  • No external sensors
  • Room-scale capable
  • AR precision

Camera Array

Tracking cameras:

  • Dual monochrome: Tracking
  • RGB camera: Hand tracking
  • 3 cameras total
  • Multi-purpose sensing

Hand Tracking

Gesture recognition:

  • Camera-based detection
  • Gesture control
  • Natural interaction
  • Controller-free input

Physical Design

Slim Profile

Form factor:

  • 40% thinner than wired design
  • Glasses aesthetics
  • Premium materials
  • Improved comfort

Weight Distribution

Balance:

  • Ergonomic balancing
  • Reduced fatigue
  • Comfortable wear
  • Extended use

Battery

Internal Power

Battery specifications:

  • Capacity: 650mAh
  • Life: ~30 minutes wireless
  • Internal battery
  • USB-C charging/power

Power Options

Flexibility:

  • Wireless operation (battery)
  • USB-C powered (extended)
  • Hot-pluggable power
  • Continuous use option

Reference Design Purpose

OEM Blueprint

Industry role:

  • Design foundation
  • Technology showcase
  • Development accelerator
  • Market enabler

Partner Availability

Distribution:

  • Select partners
  • Development kits
  • OEM licensing
  • Product development

Derived Products

Industry impact:

  • OEM product foundation
  • Technology validation
  • Feature demonstration
  • Ecosystem development

Comparison with AR Reference Designs

Feature Wireless AR Smart Viewer Wired AR Smart Viewer XR2 HMD Reference
Type Wireless AR glasses Wired AR glasses VR/MR headset
Connection Wi-Fi 6 wireless USB-C wired DisplayPort/USB
Processor XR2 (split) XR1 XR2
Resolution 1080p/eye 1080p/eye Various
FOV 40° 45° VR-wide
Latency <3ms Wired Wired
Battery 650mAh, ~30min N/A (powered) N/A
Form Factor 40% thinner Glasses HMD

Strengths and Limitations

Strengths

  • Wireless AR glasses reference design
  • <3ms latency (virtually lag-free)
  • Snapdragon XR2 + FastConnect 6900
  • 1080p 90Hz SeeYA micro-OLED
  • 6DoF head + hand tracking
  • 40% thinner than wired design
  • Split processing architecture
  • Wi-Fi 6 + Bluetooth 5.3

Limitations

  • Reference design (not consumer product)
  • ~30 minute battery life
  • 40° narrow field of view
  • Requires compatible host device
  • OEM-only availability
  • Development platform cost
  • Limited standalone capability
  • Narrow consumer market

Technical Specifications Summary

Specification Details
Display Dual SeeYA micro-OLED
Resolution 1920 × 1080 per eye
Refresh Rate 90Hz
FOV 40° diagonal
Processor Snapdragon XR2 (glasses)
Connectivity Wi-Fi 6, Bluetooth 5.3
Latency <3ms (glasses to phone)
Tracking 6DoF (3 cameras)
Hand Tracking Yes (gesture recognition)
Battery 650mAh, ~30 minutes
Form Factor 40% thinner than wired

See Also

References

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